XBR-000153 Brocade 10KM 1310NM SFP Transceiver

Brocade 10KM 1310NM SFP Transceiver

The Brocade XBR-000153 is a long-wave SFP transceiver designed for 10 Gigabit Ethernet applications. With support for 10 km transmission at 1310 nm wavelength, this module ensures reliable optical networking for enterprise and data center environments.

General Information

• Manufacturer: Brocade
• Part Number: XBR-000153
• Device Type: Transceiver

Technical Specifications

• Data Networking
• Optical Network Integration
• Port Details: 1 x LC Duplex 10GBase-LR/LW Network

Media and Performance

• Optical Fiber
• 10 Gigabit Ethernet

Network Technology

• 10GBase-LR
• 10GBase-LW

Miscellaneous Information

• Environmentally Friendly: Yes
• Certification: RoHS Compliant

Key Benefits

• Long-wave optical transmission up to 10 km
• High-speed 10 Gigabit Ethernet performance
• Compact LC duplex interface for easy integration
• Eco-friendly design with RoHS certification
• Reliable solution for enterprise-grade optical networks

Overview of Brocade XBR-000153 Long-Wave 10KM Transceiver

The Brocade XBR-000153 Long-Wave 10KM 1310NM SFP Transceiver category represents a high-performance segment of optical networking hardware designed for enterprise-grade fiber optic communication. This category focuses on Small Form-factor Pluggable (SFP) modules that support long-wave optical transmission at a wavelength of 1310nm, enabling reliable data transfer over distances up to 10 kilometers. These transceivers are widely deployed in storage area networks (SANs), data centers, and enterprise backbone infrastructures where stable, low-latency connectivity is essential for mission-critical operations.

As modern IT environments evolve toward distributed architectures and cloud-based workloads, the demand for robust optical transceivers such as the Brocade XBR-000153 continues to grow. These modules ensure seamless communication between switches, routers, and storage devices across long distances while maintaining minimal signal degradation and high transmission integrity.

Technical Foundation of 1310NM SFP Transceivers

Understanding the 1310NM Wavelength Standard

The 1310nm wavelength is a widely adopted standard in long-distance fiber optic communication due to its optimal balance between signal attenuation and dispersion. Within the Brocade XBR-000153 category, this wavelength enables efficient transmission across single-mode fiber (SMF), making it ideal for enterprise environments requiring stable interconnection over several kilometers.

Signal Propagation Efficiency

At 1310nm, optical signals experience lower chromatic dispersion compared to shorter wavelengths, which significantly improves signal clarity over extended distances. This allows data packets to maintain integrity even when transmitted across metropolitan or campus-wide fiber networks.

Compatibility with Single-Mode Fiber Infrastructure

The Brocade XBR-000153 class is engineered specifically for single-mode fiber systems, which feature a narrow core that allows light to travel in a straight path with minimal reflection. This design reduces signal loss and ensures efficient long-distance communication.

10KM Transmission Capability Explained

One of the defining characteristics of this category is its ability to support transmission distances of up to 10 kilometers. This makes it suitable for inter-building connectivity, large campus deployments, and distributed data center architectures.

Low Latency Communication Across Networks

The 10KM range is achieved without compromising latency performance, allowing enterprises to maintain real-time communication between critical systems. This is essential in storage replication, virtualization clusters, and high-availability network setups.

Signal Integrity Over Extended Distance

Advanced optical components integrated into the Brocade XBR-000153 ensure that signal degradation is minimized even at maximum distance. This results in consistent throughput and reduced packet loss.

Architectural Design and Engineering of Brocade SFP Modules

Compact Small Form-factor Design

The SFP design of the Brocade XBR-000153 ensures compactness and modular flexibility. Its hot-swappable nature allows network administrators to install or replace modules without shutting down the system, thereby maintaining continuous network uptime.

Hot-Swappable Efficiency

Hot-swappability is a critical feature for enterprise environments where downtime can result in operational losses. The SFP architecture supports seamless integration and replacement, making maintenance more efficient and less disruptive.

Space Optimization in Network Equipment

Due to its compact size, the module allows higher port density on networking devices, enabling organizations to scale their infrastructure without requiring additional physical space.

Optical and Electronic Integration

The Brocade XBR-000153 combines optical transmission components with advanced electronic circuitry to ensure precise data encoding and decoding. This integration is essential for maintaining synchronization between connected network devices.

Laser Transmission System

The module utilizes a 1310nm laser diode for transmitting optical signals. This laser is optimized for long-wave communication, ensuring minimal distortion and consistent output power.

Receiver Sensitivity and Signal Conversion

On the receiving end, high-sensitivity photodiodes convert optical signals back into electrical data streams. This process ensures accurate signal reconstruction even after long-distance transmission.

Applications of Brocade XBR-000153 Long-Wave Transceivers

Enterprise Data Center Connectivity

In modern data centers, the Brocade XBR-000153 is used to connect switches, routers, and storage systems across multiple racks or buildings. Its long-distance capability supports distributed architectures that require high-speed interconnectivity.

High Availability Network Clusters

These transceivers are essential for maintaining redundant network paths in high-availability environments, ensuring continuous service delivery even in the event of hardware failure.

Storage Area Network (SAN) Integration

The category plays a critical role in SAN environments where fast and reliable data transfer between storage arrays and servers is required. The 1310nm long-wave capability ensures that storage replication and backup processes remain efficient.

Data Replication Across Sites

Organizations often use these modules to replicate data across geographically separated data centers, ensuring disaster recovery readiness and business continuity.

Telecommunications Infrastructure

Telecom providers utilize long-wave SFP modules like the Brocade XBR-000153 for backbone network connections that require stable and long-distance fiber communication.

Metropolitan Area Network Deployment

Within metropolitan networks, these transceivers help connect central offices and distribution nodes, ensuring uninterrupted communication services.

Performance Characteristics and Reliability Factors

High-Speed Data Transmission

The Brocade XBR-000153 category supports high-speed data transfer rates suitable for modern networking demands. This ensures compatibility with evolving enterprise workloads and bandwidth-intensive applications.

Stable Throughput Under Load

Even under heavy network traffic conditions, these transceivers maintain stable throughput, preventing bottlenecks and ensuring consistent performance.

Thermal Stability and Energy Efficiency

Designed with energy-efficient components, the module maintains optimal thermal performance, reducing the risk of overheating in dense network environments.

Power Optimization Mechanisms

Advanced power regulation circuitry ensures minimal energy consumption while maintaining high operational efficiency, making it suitable for large-scale deployments.

Error Reduction and Signal Correction

Built-in signal correction mechanisms help reduce bit error rates, improving overall data integrity during transmission.

Enhanced Data Reliability

The module ensures that transmitted data remains accurate and consistent even in complex network topologies with multiple hops and connections.

Compatibility and Integration with Brocade Networking Systems

Seamless Brocade Ecosystem Integration

The Brocade XBR-000153 is specifically engineered to integrate seamlessly with Brocade switches and networking hardware, ensuring optimized performance and compatibility.

Firmware and Hardware Synchronization

The module works in synchronization with Brocade firmware systems to ensure proper configuration, diagnostics, and monitoring capabilities.

Interoperability with Industry Standards

Although optimized for Brocade systems, this category also adheres to standard SFP specifications, enabling interoperability with other compliant networking equipment.

Cross-Platform Deployment Flexibility

Organizations benefit from flexible deployment options, allowing integration across mixed-vendor environments where necessary.